Tuesday, September 30, 2014
Vila Taguai / Cristina Xavier Arquitetura
http://ift.tt/nNxAFF
Architects: Cristina Xavier Arquitetura
Location: Carapicuíba – São Paulo, Brazil
Design Team: Henrique Fina, Lucia Hashizume, João Xavier
Area: 1250.0 sqm
Year: 2010
Photographs: Daniel Ducci, Joao Xavier, Courtesy of Cristina Xavier – Photos of work, ITA – Prototype photos…
Reposted via ArchDaily
Architects: Cristina Xavier Arquitetura
Location: Carapicuíba – São Paulo, Brazil
Design Team: Henrique Fina, Lucia Hashizume, João Xavier
Area: 1250.0 sqm
Year: 2010
Photographs: Daniel Ducci, Joao Xavier, Courtesy of Cristina Xavier – Photos of work, ITA – Prototype photos…
Reposted via ArchDaily
Graphene chips are close to significant commercialization
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A research team from the University of Texas and German nanotechnology company Aixtron have worked out a way to make wafer-scale graphene measuring between 100 and 300mm.
The research offers the prospect of integrating carbon-based graphene, which is just one atom thick, with silicon on a semi-industrial scale. Until now, graphene has proved difficult to manufacture in sufficient area, quantity and reliability for viable use in processors.
IBM research scientist Shu-Jen Han led a project that announced the creation of a wafer-scale graphene circuit in January of this year but did not solve the issue of reliable industrial-scale production. The polycrystalline graphene developed by IBM has improved carrier transport characteristics and fewer defects, enabling the team to manufacture 25,000 graphene field-effect transistors from lab-generated graphene film.
ACS Nano - Toward 300 mm Wafer-Scalable High-Performance Polycrystalline Chemical Vapor Deposited Graphene Transistors
Read more »
Reposted via Next Big Future
A research team from the University of Texas and German nanotechnology company Aixtron have worked out a way to make wafer-scale graphene measuring between 100 and 300mm.
The research offers the prospect of integrating carbon-based graphene, which is just one atom thick, with silicon on a semi-industrial scale. Until now, graphene has proved difficult to manufacture in sufficient area, quantity and reliability for viable use in processors.
IBM research scientist Shu-Jen Han led a project that announced the creation of a wafer-scale graphene circuit in January of this year but did not solve the issue of reliable industrial-scale production. The polycrystalline graphene developed by IBM has improved carrier transport characteristics and fewer defects, enabling the team to manufacture 25,000 graphene field-effect transistors from lab-generated graphene film.
ACS Nano - Toward 300 mm Wafer-Scalable High-Performance Polycrystalline Chemical Vapor Deposited Graphene Transistors
Read more »
Reposted via Next Big Future
Monday, September 29, 2014
mydadisindianajones: americanhobbit: nudiemuse: amaradonis: g...
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Women of Steel
deep, heavy breathing
Give me armour and let me kill some shit.
pay special attention to the lack of boob cups and thank you
istg I want to BE THEM
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Villa Sarvilahti / K2S Architects
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Architects: K2S Architects
Location: 54500 Luumäki, Finland
Architect In Charge: Kimmo Lintula, Niko Sirola, Mikko Summanen
Area: 326.0 sqm
Year: 2008
Photographs: Courtesy of K2S Architects From the architect.… At the turn of the millennium the pharmacist Sarvilahti returned to
Reposted via ArchDaily
Architects: K2S Architects
Location: 54500 Luumäki, Finland
Architect In Charge: Kimmo Lintula, Niko Sirola, Mikko Summanen
Area: 326.0 sqm
Year: 2008
Photographs: Courtesy of K2S Architects From the architect.… At the turn of the millennium the pharmacist Sarvilahti returned to
Reposted via ArchDaily
justbriann: It literally says it might make you sweat. Just in...
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It literally says it might make you sweat. Just in a really fancy way. Lol
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China, Russia and Canada win big in a warmed world and India and Africa lose big
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[Ludwig Maximilians University] Russia, Canada and China are projected to gain farmland this century as the world warms up due to climate change, even as global crop-growing capacity may decline, a German study showed.
Climate change could add 5.6 million square kilometers (2.2 million square miles) of land for crops in the 2071-2100 period compared with 1981-2010, mainly in the Northern Hemisphere, according to researchers at Ludwig Maximilians University in Munich. Because land suitable for triple cropping may be reduced, the net effect would be a loss of 7.8 million square kilometers of land for farming, the study found.
The study, Russia is set to gain 3.1 million square kilometers of land suitable for agriculture, Canada farmland would expand by 2.1 million square kilometers and China would gain 0.9 million square kilometers.
Green on the map is good, Yellow is bad This map summarizes the projected impact of climate change on the worldwide distribution of land suitable for agriculture in the year 2100. While new cropland is predicted to become available in the Northern hemisphere(green), conditions are expected to deteriorate in other areas, including the Mediterranean region (brown). (Source: Dr. Florian Zabel, LMU)
PLOS One - Global Agricultural Land Resources – A High Resolution Suitability Evaluation and Its Perspectives until 2100 under Climate Change Conditions
Read more »
Reposted via Next Big Future
[Ludwig Maximilians University] Russia, Canada and China are projected to gain farmland this century as the world warms up due to climate change, even as global crop-growing capacity may decline, a German study showed.
Climate change could add 5.6 million square kilometers (2.2 million square miles) of land for crops in the 2071-2100 period compared with 1981-2010, mainly in the Northern Hemisphere, according to researchers at Ludwig Maximilians University in Munich. Because land suitable for triple cropping may be reduced, the net effect would be a loss of 7.8 million square kilometers of land for farming, the study found.
The study, Russia is set to gain 3.1 million square kilometers of land suitable for agriculture, Canada farmland would expand by 2.1 million square kilometers and China would gain 0.9 million square kilometers.
Green on the map is good, Yellow is bad This map summarizes the projected impact of climate change on the worldwide distribution of land suitable for agriculture in the year 2100. While new cropland is predicted to become available in the Northern hemisphere(green), conditions are expected to deteriorate in other areas, including the Mediterranean region (brown). (Source: Dr. Florian Zabel, LMU)
PLOS One - Global Agricultural Land Resources – A High Resolution Suitability Evaluation and Its Perspectives until 2100 under Climate Change Conditions
Read more »
Reposted via Next Big Future
cheyisdead: The natural lighting in my room is perfect...
Saint Roch-de-l’Achigan City Hall by Affleck de la Riva Architects
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Saint Roch de l’Achigan is a small farming community eighty kilometres north of Montreal. The community’s historic convent, built in 1881, is a landmark visible at great distances across the[...]
Reposted via I Like Architecture
Saint Roch de l’Achigan is a small farming community eighty kilometres north of Montreal. The community’s historic convent, built in 1881, is a landmark visible at great distances across the[...]
Reposted via I Like Architecture
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